School of Geo-Informatics

M.Tech. in Remote Sensing and GIS

School of Geoinformatics (SGID) RSAC-U.P. running two years (Four Semesters) M.Tech.course in Remote Sensing & GIS affiliated to Dr. A.P.J. Abdul Kalam Technical University approved by AICTE, Govt. of India, since 2013.

Aim of the Course

The Broad objectives of the course is to provide in-depth knowledge of remote sensing, digital image processing, geographic information system (GIS), GPS and DGPS technologies and their applications in various fields such as Agriculture, soils, forestry, geosciences, water resources, marine, atmospheric sciences, human settlement analysis, Land use & Landover large scale mapping etc.Course Duration :2 year (4 Semesters)

Target Groups

This course is targeted to persons interested in remote sensing and GIS technology and their applications in the field of natural resource surveys, water resource management, agriculture, soil surveys, forestry, disaster management, marine, atmospheric sciences, urban planning, geological investigations, photogrammetric surveys and mapping, Students can opt for one of this specialization in technology or application areas.

Course Fee Structure

Rs. 20,000/- (Registration Charges + Admission Fee)

Rs. 36000/- per Sem. (Tuition Fee)

Awards/Achievements :

CMAI (Communication multimedia and Infrastructure) Society, New Delhi conferred a best award for 'Excellence Remote Sensing Applications Institute in U.P.' at 3rd Uttar Pradesh Technical Education Summit-2015 on 5th Sept. 2015 for the Excellence and Innovation on "School of Geoinformation aspects Programme". The award is given for the skill development and outcome best education.

STUDENTS THESIS (Academic Year 2013-15) :

Sr. No.

Name of Student

Title of Thesis

1

Mayank Mishra

Analysis of Changes in the River Bank of Ganga River near Allahabad City by using multi-temporal satellite data.

2

Rupali Shrivastava

Micro level mapping of utility facility services in Lohia Villages and assessment of ground water quality for the impact of industrial effluent using high resolution Remote Sensing, GIS and GPS Technology

3

Shashank Yadubhushanam

Developing Fog Detection Technique using INSAT-3D Imager

4

Shiv Pratap

Development of a decision support system for Sarva Shiksha Abhiyan Programme using Remote Sensing, GIS, GPS and Web-GIS Techniques

5

Arif Ahmad

Change detection of sodic land in Raebareli district using Remote Sensing and GIS techniques